Session 1A
1A. Rising Above the Gathering Storm
Session A
A1. Plenary Session I
Session B
B1. Underground Labs: Plans and Progress
B2. Light Exotic Nuclei
B3. Laboratory Astrophysics: Supernovae and Jets
B4. Research Talks at the Undergraduate Level
B5. Cosmology I
B7. Gamma-Ray Bursts and GLAST
B8. Nuclear Instrumentation and Applications
B9. Hadronic Physics I
B11. Focus Session: Recent Results in Quantum Gravity
B12. B Meson Decays
B13. W and Z Bosons I
B14. Particle Beam Physics and Technologies
Session C
C1. Novel Detector Technologies
C2. Hadronic Physics II
C3. Very High Energy Cosmic Gamma Rays
C4. Public and Private Funding for International Research
C5. Cosmology II
C6. Ground-Based Gravitational Wave Detection
C7. Gravitational Wave Astronomy
C8. Nuclear Theory I
C9. Minisymposium: Toward a Universal Density Functional Theory for Nuclei I
C10. Nuclear Science Education for the Nation
C11. SPS Undergraduate Research
C12. Accelerator-Based Neutrino Experiments
C13. W and Z Bosons II
C14. Physics of Muon and Polarized Beams
C16. DPP Contributed Orals I
Session D
D1. Poster Session
Session E
E1. Accelerator and Detector R&D for the International Linear Collider
E2. Primordial Nucleosynthesis
E3. Laboratory Astrophysics: Magnetic Reconnection
E4. Science and Development: Innovation Systems for Fighting Poverty
E5a. 50 Years Since the Discovery of Parity Nonconservation in the Weak Interactions I
E5b. 50 Years Since the Discovery of Parity Nonconservation in the Weak Interactions II
E6. Experimental Tests of General Relativity
E7. Cosmology III
E8. Minisymposium: the Spin Structure of the Nucleon
E9. Minisymposium: Toward a Universal Density Functional Theory for Nuclei II
E10. Focus Session: K-12 Education
E11. Quantum and Classical Gravity
E12. Neutrino Oscillations and Cross Sections
E13. Jet and Fragmentation Studies
E14. Few Body Problems
Session F
F1. APS Welcome Reception
Session G
G1. New Reports from Major National Studies
Session H
H1. Recent Results in Flavor Physics
H2. Topics in Nuclear Physics
H3. Ultra-high Energy Cosmic Rays: Experiment and Theory
H4. New Models for Graduate Education
H5. Discovery Prospects at the Energy Frontier
H6. Applications of Free Electron Lasers I
H7. Astrobiology and Planetary Effects
H8. Nuclear Reactions
H9. Underground Neutrino Experiments and Proton Decay
H10. Production Studies in e+e- Collisions
H11. Relativistic Simulations of Neutron Stars, Black Holes, and Plasmas
H12. New Directions in Particle Theory
H13. Top Quark Properties I
H14. Novel Techniques
H16. Sherwood I
Session I
I1. QCD: the Lattice Meets Data
I2. Applications of Nuclear Science
I5. Theories of Gravity, Dark Energy, and Cosmology
I6. Applications of Free Electron Lasers II
I7. Astroparticle Physics I
I8. Minisymposium: Nuclei and Nuclear Matter at Non-Normal Density I
I9. Minisymposium: Electro-Weak Interactions
I10. Charm Production, Decay, and Excited States
I11. Focus Session: Initial Data Sets for Numerical Relativity
I12. Higgs Physics I
I13. Top Quark Properties II
I16. Sherwood II
Session J
J1. Top is Ten
J2. A High Luminosity Lepton Ion Collider to Study QCD
J4. Precision Cosmology
J5. Pioneering Women Astronomers
J6. Laboratory Astrophysics: Dynamo and the Magnetorotational Instability
J7. Astroparticle Physics II
J8. Minisymposium: Nuclei and Nuclear Matter at Non-Normal Density II
J9. Double Beta Decay
J10. Charm Mixing, Rare D and K Decays
J11. Advances in Numerical Relativity I
J12. Higgs Physics II
J13. Particle Theory
Session K
K1. Poster Session: Magnetically Confined Plasma I
K15. Panel Discussion with PR/PRL Editors
Session L
L1. Physics at the Energy Frontier
L2. Study of Hadron Structure using Spin Polarized Beams
L3. Advances in Numerical Relativity II
L4. Women in Science Policy
L6. Scholars at Risk
L7. Galaxies, AGNs and Galactic Gamma-Ray Sources
L8. Nuclear Astrophysics
L9. Ultrarelativistic Heavy Ions
L10. B Meson Branching Fractions
L11. Experimental Gravitation
L12. Exclusive D Meson Decays
L13. Top Quark Mass Measurements
L16. Laboratory Astrophysics I
Session M
M1. APS Award Presentations, Past President's Address, and Lilienfeld Prize Talk
Session O
O1. Plenary Session II
Session P
P1. DPF and DPB Prize Session
P2. Neutrinos II
P3. Innovative Programs in K-12 Teacher Preparation
P4. Gravitational Wave Sources and Phenomenology
P6. The Postdoctoral Experience
P7. Cosmic Rays and Solar Physics I
P8. Minisymposium: Parton Distributions at Larger X : Data and Challenges
P9. Minisymposium: Advances in Zero- and Finite-Temperature Lattice QCD
P10. 50 Years Since the Discovery of Parity Nonconservation in the Weak Interactions III
P11. Focus Session: Space-Based Gravitational Wave Detection
P12. Bs, Bc Lifetimes and Mixing
P13. Particle Searches I
P16. Sherwood III
Session Q
Q1. Neutrinos I
Q2. Implications of QCD Phase Transitions
Q3. Particle Acceleration
Q4. Three-Body Systems
Q5. Evolution: From the Big Bang to Us
Q6. Advanced Acceleration Techniques for Future Energy Frontier Accelerators
Q8. Electromagnetic Interactions
Q9. Nuclear Structure
Q10. Rare B Decays
Q11. Simulations of Binary Black Hole Mergers
Q12. Baryons and B Lifetime Studies
Q13. Particle Searches II
Q14. History of Physics
Session R
R1. Poster Session: Magnetically Confined Plasma II
Session S
S1. High Power Proton Drivers for Accelerator-based Neutrino Physics
S2. DNP Prize Session
S3. The Heliospheric Termination Shock
S4. FHP/FPS Award Session
S6. Panofsky Prize Session
S10. Focus Session: Undergraduate and Graduate Education
S11. Sources of Gravitational Waves
S12. CP Violation in B Meson Decays
S13. Top Quark Production
S16. Laboratory Astrophysics II
Session T
T2. DNP Business Meeting
T4. FPS Business Meeting
T5. DPB Business Meeting and Reception
T7. DAP Business Meeting
T11. GFB Business Meeting
T12. GGR Business Meeting
T14. FHP Business Meeting
Session V
V1. Plenary Session III
Session W
W1. Shedding Light on Dark Energy
W2. Notes from Underground
W3. Cosmic Gamma-Ray Bursts
W5. Abrupt Climate Change Scenario
W6. Research on Teaching Thermal Physics and Quantum Mechanics
W7. Cosmic Rays and Solar Physics II
W8. Minisymposium: Heavy Quark Energy Loss & Flow
W9. Nuclear Theory II
W10. Heineman Prize Session
W11. Gravitational Wave Searches
W12. Bs, B*, eta-B decays
W13. Particle Physics Instrumentation
W15. Poster Session IV: Post-deadline Posters
W16. Sherwood IV
Session X
X1. Dark Matter
X2. Physical Properties of Partonic Matter
X3. Magnetars
X5. Elements of a Real Energy Strategy
X16. Research on Teaching Large Enrollment Classes